相对论原理下带电粒子在均匀电磁场中的轨迹

Under the Principle of Relativism,Search for an Movement Orbit of an Electrified Particle in the Electromagnetic Field

运用相对论原理分析出带电粒子在均匀电场中的运动轨迹是悬链线;在均匀磁场中的运动轨迹是螺旋线;当电磁场并存时,带电粒子在均匀电磁场中的运动与电场强度和磁感应强度的大小、方向有关,其运动轨迹并非两者的叠加,而是旋轮线或双曲线.

Under relativity theory, the movement trajectory of the charged particle in the homogeneous electric field and magnetic field is a dangerous chain line and helical line ,respectively. The moving of charged particle in homogeneous electromagnetic field is relevant with the size , moving direction of the electric field intensity and the magnetic induction intensity when the electromagnetic field co-exist. The movement trajectory is not overlapping of the both, but whorl wheel line or a hyperbola.